Ms. Yeseom Jin | Motion Sickness | Best Researcher Award
Master, Konkuk University, South Korea
Yeseom Jin is a dedicated researcher at the VR Lab, Konkuk University, with a Masterโs degree in Smart ICT Convergence. Her research focuses on motion sickness mitigation in immersive virtual environments through motion platforms and vestibular stimulation. By integrating realistic motion simulation with adaptive display systems, she has significantly contributed to improving user experiences in VR applications. With active participation in IEEE and domestic conferences, she exemplifies innovation at the intersection of human-computer interaction and immersive technology. ๐๐
Professional Profile
Scholar
Education ๐
Yeseom Jin earned her M.S. degree in Smart ICT Convergence from Konkuk University. Her academic journey centered around virtual reality technologies and their impact on human perception, specifically motion sickness. She built her expertise through hands-on experimental research, design of motion environments, and system analysis, laying a strong foundation for future innovations in user-centered VR systems. ๐ฅ๏ธ๐
Experience ๐ผ
Yeseom has worked on six research projects, collaborated with LG Electronics, and taught in various academic settings. Her experience ranges from designing VR systems to evaluating their impact on user well-being. Notably, she developed personalized vestibular stimulation models that improve user comfort and reduce simulator sicknessโdemonstrating both technical proficiency and a human-centered design philosophy. ๐ค๐ฌ
Research Focus ๐
Her primary research interests include Virtual Reality, Motion Sickness, and Vestibular Stimulation. She explores how user-specific responses influence the effectiveness of immersive technologies. Her work emphasizes adaptive environments, real-time system feedback, and user comfortโcontributing to the fields of HCI, simulation, and vehicular media experience optimization. ๐ง ๐๐ฎ
Awards and Honors ๐
Yeseom Jin has been nominated for the Best Researcher Award in recognition of her impactful contributions to VR-based motion sickness mitigation and her interdisciplinary collaboration with industry giants like LG Electronics. Her continued focus on innovative and applicable research highlights her as a promising talent in immersive tech research. ๐ ๐
Publication Top Notes
๐ A Study on the Motion Sickness Reduction Technology in Vehicle Media Environment โ IEEE BigComp 2024
Cited by 1 article, explores motion sickness in vehicular VR environments.
๐ 2024, IEEE Big Data and Smart Computing
๐ Modulation of In-Vehicle Display Parameters to Reduce Motion Sickness โ Electronics
Proposes adaptive display systems in vehicles to enhance user comfort.
๐ 2025, Electronics Journal, Vol. 14, Issue 11
๐ Exploring User-Specific Variations in Vestibular Stimulation to Reduce Motion Sickness in Virtual Reality โ IEEE VRW 2025
Focuses on personalized stimulation based on user characteristics.
๐ 2025, IEEE VR and 3D User Interfaces Workshop
๐ Classification of the Metaverse Based on Spatial Cognition Type and Real-Time Interaction
Analyzes user interaction dynamics in metaverse applications.
๐ 2024, Korean Computer Science Society Conference
๐ Lie Detection of Statements Using Voice and Image Data in Video
Investigates multimodal analysis in detecting deception.
๐ 2021, Korea Information Processing Society Conference
Conclusion